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Eaton Tandem ELF Current-Limiting Dropout Fuse Installation, Operation And Maintenance Instructions

Eaton Tandem ELF Current-Limiting Dropout Fuse
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Function codes
Refer to Table 5-3 for a numerical listing of the function
codes. The table accurately represents the display of each
function code and identifies the security level for read, edit,
and reset, the factory setting, and the low and high limits
for keyed in entries. This is followed by a description and,
where appropriate, a list of scrollable choices, examples,
and related functions and features for each function code.
TABLE 5-3 Function Codes
Func.
Code
Level 1
Main Menu
Level 2
Sub-Menu
Level 3
Parameter
Security Level
Factory
Setting
Key Entry Limit
Read Edit Reset Low High
0 Counters Operations
Counter
000 Total
Operations
XXXXX
0 3 NA NA 0 999999
The total operations counter is activated by detecting tap-changer motor operation, which is determined by sensing current
flow in the holding switch circuit.
The total operations counter is written into non-volatile memory after every count.
Access other operations counters at FC 100–FC 107.
1 Settings Forward Direction 001 Forward Set
Voltage
120.0 Volts
0 2 NA 120.0 100.0 135.0
The forward set voltage is the voltage level to which the control will regulate, on the 120 V base, during forward power flow.
2 Settings Forward Direction 002 Forward
Bandwidth
2.0 Volts
0 2 NA 2.0 1.0 6.0
The bandwidth is defined as the total voltage range, around the set voltage, which the control will consider as a satisfied
(in-band) condition, during forward power flow.
Example: A bandwidth of 3.0 V and a set voltage of 120 V will establish a low edge of 118.5 V and a high edge of 121.5 V.
3 Settings Forward Direction 003 Forward
Time Delay
45 Sec
0 2 NA 45 5 180
The time delay is the period of time that the control waits, from when the voltage first goes out-of-band to when a tap
change is initiated, during forward power flow.
See FC 42, Control Operating Mode.
4 Settings Forward Direction 001 Fwd Line Drop
Comp. Resistance
0.0 Volts
0 2 NA 0.0 -96.0 96.0
The resistive line-drop compensation value is used to model the resistive line voltage drop between the regulator and the
center of regulation.
The control uses this parameter, in conjunction with the regulator configuration (FC 41) and the load current, to calculate and
regulate to the compensated voltage (displayed at FC 8) during forward power flow.
36
CL-6 SERIES CONTROL INSTALLATION, OPERATION, AND MAINTENANCE INSTRUCTIONS MN225016EN January 2016

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Eaton Tandem ELF Current-Limiting Dropout Fuse Specifications

General IconGeneral
BrandEaton
ModelTandem ELF Current-Limiting Dropout Fuse
CategoryCables and connectors
LanguageEnglish

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